In this video I'd like to walk you through the lab tasks.
So to start off, let's take a look at those lab tasks.
And here they are. So on server 1 and using putty and the TXT file on server 1,
configure traditional EAGRP or name BRGRP and then use show commands to verify.
And for bonus points, we could also set up variants of 2 on router 4 and then
test results
regarding routing to 8888. Sounds great. So here's our lab environment.
Here is the topology. Let me go ahead and double click on that to bring it up.
Fantastic. And also double click here on server 1 to bring it up. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
Fantastic. And also double click here on server 1 to bring it up.
And there it is. Go ahead and click here to bring the focus over.
And there are our commands. So let's imagine that we want to configure named EA
GRP.
What we could do is just take this section right here in configuration mode and
do it on all
8 routers. So if you want to do that manually or in the lab if you didn't
manually or if you did
copy paste, either way is great. As long as you understand the concept of how
to implement
named or traditional EAGRP. So I'm going to right click on that, copy it and
then go to my icon
up here so I can paste it into all routers. I'm going to type in config T and WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
up here so I can paste it into all routers. I'm going to type in config T and
then control V to put
in the commands. And then I want to send that to everybody except for the PCs
PC8 PC7 PC1
and click on sends grip and we're done. And it's going to converge super fast.
So if we go to our 4
and we do a show IP route for 8888 for example, we have one route and we are
going through 10 0 24
to look at the topology that's our two right there. If we do a show IP EAGRP WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
to look at the topology that's our two right there. If we do a show IP EAGRP
topology and look at
the topology table for 8888 and there it is right there. We have one successor
and two feasible
successors. And also in this text file I have here on server one. If you have
the bottom,
I have a ton of show commands you can practice with. So if you want to spend a
few minutes and just
verify the details of how it's set up and what's currently happening, these
show commands can help
you elaborate and enumerate what's going on with EAGRP. Many of these we've
used in the demos
up to this point. So now that named EAGRP is running, the second step for bonus WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
up to this point. So now that named EAGRP is running, the second step for bonus
points is to go
ahead and modify variants. So here on our 4 if we did a trace route and this
press enter with IP
going to 8888, it's going to have one next first hop and that's going to be
going through R2. So we'll
go ahead and say for the probe count we can do three that'll work or make it
more visual do 10
and then press enter a few times and let it roll. And for that first hop it's
always using .2.
That was for all eight probes as it went through the individual hops in the WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
That was for all eight probes as it went through the individual hops in the
path. So now if we can
figure variants we go to config T and let's do a do show run section router. It
'll be a little bit
easier that way. Give that a moment to process and I'm going to go ahead and go
into named EAGRP
configuration mode just by copying pasting that. I'm going to add just family
for IPv4 Unicast
Autom System 100 by copy pasting that. I'll go into topology base by copy past
ing that and then we'll
type in variants 2 and we'll type in. We'll do the show IP protocols. Again for
that list of show WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
that list of show
commands here's a great reference right here that you can use. So if we go back
to our EAGRP 100,
you'll notice that we have a variance of 2. Fantastic and we've learned
information from three neighbors.
Our two are six and our three. Looking at our topology that's our two are six
and our three. Fantastic.
And now if we do that trace that we did before let's go and do a trace route
and we'll go to 8888
for IPv4 and then for the number of probes let's use 8 again and press enter a
few times. Let it go
and now we have round robbing with that first hop going to our two then next WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
and now we have round robbing with that first hop going to our two then next
one our three then our
six then down to our two our three and our six and it's going to continue that
process as it's load
balancing. So we do a show IP route and we just go down to the 8888. We now
have three EAGRP
learned routes in our routing table and one by default would be the successor
but because we set
the variance to two it also included the two feasible successors and added
those to the routing
table for the load balancing. So thanks for joining me in this set of videos WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
table for the load balancing. So thanks for joining me in this set of videos
regarding understanding
EAGRP and if you haven't yet taken time to do the hands-on practice I strongly
encourage you to do
it. And that's not just for this set of videos but for everyone where we
provide a hands-on lab because
that's the secret sauce that's going to help you better understand and get
better at working with
the technologies that we're teaching. So if you're on a mobile device or can't
do the hands-on
lab right now schedule time and make sure you get it done because it's going to
be incredibly
valuable to you to get that hands-on practice. So I look forward to seeing you WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000
valuable to you to get that hands-on practice. So I look forward to seeing you
in another set of
videos and until then I hope this has been informative and I'd like to thank
you for viewing.